A uniform magnetic field of strength B=1.2 w/m² exists within an iron core with u=1000H, as shown in the figure. If an air gap is cut with the orientation shown, find the magnitude and direction of B, in the gap. Iron Air Gap Iron 30° B Surface 1 Surface 2 Boundary
A uniform magnetic field of strength B=1.2 w/m² exists within an iron core with u=1000H, as shown in the figure. If an air gap is cut with the orientation shown, find the magnitude and direction of B, in the gap. Iron Air Gap Iron 30° B Surface 1 Surface 2 Boundary
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![A uniform magnetic field of strength B=1.2 w/m exists within an iron core with u=1000H, as
shown in the figure. If an air gap is cut with the orientation shown, find the magnitude and direction
of B, in the gap.
a
Iron
Air Gap
Iron
30°
Surface 1
Surface 2
Boundary](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F75942640-99be-4feb-96b3-c002b34c9fe7%2F731eee6f-6893-44d5-ba53-ae8454fc5a26%2Faen0ece_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A uniform magnetic field of strength B=1.2 w/m exists within an iron core with u=1000H, as
shown in the figure. If an air gap is cut with the orientation shown, find the magnitude and direction
of B, in the gap.
a
Iron
Air Gap
Iron
30°
Surface 1
Surface 2
Boundary
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